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14/15 Concepts in Nano: Nanoscale characterization, spectroscopy, microscopy, SEM, TEM, NMR, XPS

13/15 Concepts in Nano: Bottom-up self-assembly, synthesis, & applications in cancer nanotechnology

12/15 Concepts in Nano: Photolithography, e-beam, printing, molding, thin-film deposition

11/15 Concepts in Nano: Applications in energy technologies, including catalysis and batteries

10/15 Concepts in Nano: Size confinement, surface area to volume & strength to weight ratios

9/15 Concepts in Nano: Solar cells, p-n junctions, display technologies, tandem, LCD, OLED

8/15 Concepts in Nano: Photophysics, absorption, fluorescence, scattering, particle in a box

7/15 Concepts in Nano: Electronic polymers: semiconductors, photoresists, and actuators

6/15 Concepts in Nano: Polymer Crystallization, Stress-Strain Behavior, Glass Transition Temperature

5/15 Concepts in Nano: Organic Chemistry for Engineers, Polymer Structure, Molecular weight

4/15 Concepts in Nano: Surface Energy, Tension, Laplace Pressure, Capillary Forces, Sand Castles

3/15 Concepts in Nano: Forces between particles, Lennard-Jones, Electric Double Layer, DLVO, sterics

2/15 Concepts in Nano: Forces, Energies, van der Waals, London Dispersion, why study Nano? UCSD

Solid-Phase Processing Techniques of Materials for Photovoltaic Applications - Guillermo Esparza PhD

1/15 Concepts in Nano: Nanoengineering and its relationship to other fields. Darren Lipomi UCSD

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